FREQUENTLY ASKED QUESTIONS
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FAQs
Frequently Asked Questions About MIM
How can I obtain a quotation?
To request a quotation, kindly specify the type of MIM products you require along with the desired particle size.,please provide your requirements. If you are in need of OEM metal parts, ensure you have prepared both 2D and 3D drawings. The 2D drawings should include dimensional tolerances, material specifications, appearance criteria, packaging preferences, etc. Send these documents to our email address, and we will provide a quotation based on your specifications and requirements.
How can I initiate a technical discussion?
If you have technical issues to discuss, you can either give us a call or communicate via email with our Design for Manufacturability (DFM) team.
How to make payment?
Acceptable According the : L / C payment, TT payment, or cash transaction (full payment in advance)
How to communicate quality Issue?
You can email us your quality Issue or leave photos and other relevant proofs. We will give you an answer within 24 hours
What is the density of metal injection molded parts?
Final Parts Typically Fall in a Density Range of 96% to 99%
What Is the Best Way to Realize the Benefits of MIM?
Many designers are surprised to discover that the optimal time to engage with our engineers is at the outset of product design. Our proficiency in design for manufacturing enables us to ascertain the most suitable material and design for your part, ensuring its success during mass production.
Do You Offer Prototyping Services?
JunKun is not a prototyping company, but we can assist you with your prototyping requirements if they lead to high volume production.
What Size Parts Can You Make with MIM?
MIM is best applied to Small parts (typically less than 100 grams) that are often complex in nature.
Can MIM Parts Be Heat Treated or Plated?
Yes, MIM Parts Can Be Heat Treated and Plated, Just as Is Done on Conventional Machined, Cast, or Forged Products.
What Kind of Tolerances Can MIM Achieve?
Typical MIM Tolerances Range from ± 0.3% to 0.5% of the Dimension. However, Tolerances Are Highly Dependent upon Part Geometry.